M393396 五、新型說明： 【新型所屬之技術領域】 本創作係有關於-種鈕具，特別是一種兼具有鉗類工具及 扳手工具之使用功能的多功能工具鉗。 【先前技術】 -般在手工具的上’制者基於對實際趙、捲繞或M393396 V. New description: [New technical field] This creation is about a variety of button, especially a multi-purpose tool plier that has the functions of a pliers tool and a wrench tool. [Prior Art] - The general system of hand tools is based on actual Zhao, winding or
鎖裝等不_工作内容，需分職準備㈣應的手工具，例如 老虎钳、«鉗、剝線鉗及扳手等。·，制者在進行施工 健時通常需配帶插置有各鮮工具的腰掛式或斜背式工具 袋’用以做用者在不_使用環境下選擇適當的手工具使 用。然而’這種配帶有插滿各式手工具的工具袋，不僅容易造 成使用者雜上極麵貞荷，並容㈣轉上的靈活度及安全 性造成影響。 田棚架或鷹架等高空環境下工作時，為 求操作上的紐並!_請，通常會叫中—齡工具代替另 一種手工具錢，例如在虎職或尖嘴崎金屬鉗具的使用 上’使用者通常以這類金細具進行線材的剪切、夾取或彎折 =作。但是在遭遇·面或牆面上t旋人礙㈣、帽或螺检 的情境時’使用者為了節省時間，通常會直接的以金屬钳呈的 =端夾持住螺帽或螺栓等鎖固元件的頭部，然後板動金屬鉗 /、的鈕柄，藉靡細元倾人㈣於地面或牆轉工作面。 然而，一般在金屬叙具的設計上，通常於钳口端設置二相 M393396 對的钳口面，並於钳口面上設置有呈波浪狀的錄齒姓構 :^^她綱鉗具藉由二相對的鉗 固凡件時’係以麵結構與工件做點狀接觸。因此，/待鎖 知作金屬鉗具夹綱目元件雌動絲 m使用者 施力上有些微的偏差，將會造成金屬麵具在^固物株作時，若在 滑的情形，並容易造成鎖固元件之圓形狀頭部或=^生打 頭端角磨損，進而發生鎖緊性的轉動打滑情形―，此不僅=的 者在操作幼#料便，朗時造成細 2 而受損的_發生。 施力不當 【新型内容】 蓥於以上的問題，本創作提供_種多功能工 良習知鉗具在使用上無法順利進行螺=甘’稭以改 旋入或旋雌作的_，狀·元件容;元件的 進^成卿_咐魄峨物==^’ 本=鑛—得魏工具鉗，包含有二續二甜 八有一 _及-網，二蝴敍姑蚊設置，且^體 ^可相對㈣-靖_，令二崎之鉗縣㈣=鉗 部及一驅動部，__有料，扳動件具有一結合 部，且驅動部凸出於結合部 ‘動部係連接於結合 之封柄，並舆_在靖上構成設置於此鉗體 本創作之功效在於，多功能工具甜可同時。具有-般峨 4 M393396 持或截切χ件的制功能以及扳手工具拆卸或鎖固元件 的才呆作功此。並且，藉由扳動件之套筒形式的設置方式，讓使 用者可將握持於多功能工具鉗的手部伸人工作面與鉗柄及甜 顎之間的間，而可穩關握持於鉗柄㈣賴)並確實地施 力於多功能工具船1 ’進而提升拆告ρ或鎖附鎖㈤元件的操作效 率。 以上之關於本創作内容之說明及以下之實施方式之說明 係用以示祕_本鋪之原理，並城供本_之專利申請 範圍更進一步之解釋。 【實施方式】 如「第1圖」和「第2圖」所示，係為本創作第—實施例 所揭露之多功能工具钳，其包括有成對的第—钳體iq及第二 封體20 -樞軸30。第一鉗體1〇包含一第一鉗顎·及一第 钳柄120，第二鉗體2〇包含一第二鉗顎21〇、一第二甜柄 220及一扳動件40。第一钳體1〇及第二鉗體2〇呈相互交錯設 置，樞軸3〇係穿設於第一钳體1〇及第二钳體2〇相互交錯的 位置，並介於第一钳顎110與第一鉗柄12〇之間，以及第二鉗 顯210與第二钳柄22〇之間。第一錯體1〇係以樞㈣細心 而相對於第二钳體2〇轉動，使第_麵m與第二鉗顯加 相互罪搬或分離。 其中，第二鉗柄22〇相對第二鉗顎21〇之另—端具有一接 椁221，接桿221係自第一翻11〇幸月第二甜柄22〇的方向延 5 M393396 伸开>成。接桿221可以是但不侷限於四角形桿體，接桿221上 並设置有一定位孔222，定位孔222係沿接桿221之徑向方向 開設於接桿221上。 扳動件40具有一結合部41〇、一驅動部42〇及一固定件 430。結合部410具有一凹槽4Π及一限位孔412，.凹槽411 及限位孔412分別對應於接桿221及定位孔222。驅動部42〇 — 具有一套接孔42卜套接孔421係沿結合部41〇之徑向方向貫— 通於驅動部42〇之二相對側面。套接孔ai的結構形態可以是籲 但不侷限於六圓角形套接孔、十二圓角形套接孔、六角形套接 孔、十二角形套接孔或其他形式的套接孔421 #。此外，驅動 邛420之知連接於結合部，驅動部之另一端則沿結 合部410之徑向方向延伸並凸出於結合部41〇之一侧面，使板 動件40構成一 L型套筒結構。 板動件4〇係以結合部之凹槽411套設於第二甜柄⑽ 之接桿221，再以固定件43〇依序穿設過結合部4ι〇之限位孔鲁 412以及接桿221之定位孔222 ’而將扳動件4〇 ®定於第二鉗. 柄22〇上，使扳動件4〇與第二钳柄22〇在第二钳體2〇上構成 型套筒扳手結構。其中’固定件43〇可以是但不偈限於插 銷、鉚釘或_等，在本實施财，係明定件為螺絲做 為舉例說明，但並不以此為限。 請繼續參閱「第1圖」和「第2圖」，在多功能工具钳的 使用上，朗者可灿-外力扳吨12q或第二甜柄 6 M393396 220，讓第一鉗顎11〇與第二鉗顎21〇相互靠攏，而於第—鉗 顎U0及第二鉗顎21〇之間形成一夾持部5〇及一裁切部6〇。 使用者即可藉由夾持部％進行工件(®中未示)的夾持作業或 藉由裁切部60進行線性工件(如電線、鐵絲或鋼絲等)的截切 作業或電線外部絕緣表皮的剝切作業等。 亚且’當使用者必須於-工作面(圖中未示)上拆卸或鎖附 鎖固7L件(如螺絲、螺栓或螺帽等），使用者可直接的握持於第 一钳韻no及第二钳顎210(或第一鉗柄12〇及第二甜柄22〇)， 然後以驅動部420凸出於結合部之—側接觸於工作面，並 以套接孔421套设於鎖固元件。此時，由於扳動件4〇之驅動 部420係凸出於結合部41〇之一側，因此使結合部·與工作 面之間具有—間隙，—併使第—鉗顎11G、第-钳柄120、第 二甜顎210及第二钳柄220 於工作面上。讓使用者之手部 可伸入於《内而穩固的握持於第―㈣11()及第二甜顆 210並知以-外力帶動扳動件4〇驅動鎖固元件轉動，進而將 鎖口元件自:l作面上拆卸或將鎖固元件鎖附於工作面。 因此，本創作之功效在於讓使用者在單一施工場合中，可 選擇性的以第-钳顎及第二钳顎2ig所形成的夾持部5〇 及裁切部60執行-般鉗具虹件的婦及剪切操作，或是以 扳動件40執行扳手對鎖固元件的拆卸及鎖附操作。因此，可 節省使用者於不同手工具之間變換使用的時間，並減少使用者 所需攜帶的手工魏量而減輕射，進而提升使财的工作效 7 M393396 率。同％，可避免一般鉗具夹制、轉動鎖固元件時所造成鎖固 元件磨損毀壞的問題發生。 此外’於本創作所揭露之第一實施例中，設置於扳動件 40之、’Ό s #410上的凹槽411形態，係對應於第二钳柄22〇 之接桿221的結構形態，例如「第3Α圖」至「第犯圖」所 示’當接桿221分別為四角形桿體、對邊形桿體、圓桿及六角 形桿體時，凹槽411㉛依序為相對應之四角形凹槽、對邊形凹. 槽、圓形凹槽及六角形凹槽等。並且，可以插鎖做為固定件^ ’而將扳動件4〇固定於第二钳柄22()上。此僅為凹槽川、 接桿221及固定件43〇於多功能工具射上的設置形態不同，但 並非用以限定本創作。 如第4圖」和「第5圖」所示，為本創作所揭露之第二 實施例之分解及組合示賴。本創作所揭露之第二實施例及第 一實施例在結構上纽_，以下兩相之差 明。在本創作第二實施例所揭露之多功能 ^ 於紅麵柄220上=並且’扳動相之觸動部420之相對 =別沿結合部之徑向方向延伸，並凸出於結合部二 對二编，使扳動件4Q j— Tfi套筒鄉 2〇於第二甜體20上構成—τ型套筒扳手結構。—封柄 呼約胃制者在力能'具崎行翻元件(如锣 螺检或螺帽等)的拆卸或_操作時，讓使用者在轉》： M393396 部420之套接孔421套設於工作面(如地面或牆面)上之鎖固 藉r—與工作面之間所形成 觸〇、弟一钳柄120、第二鉗物及第二錯柄220縣置 於工作面’时於讓使用者贿持於多舰工具_手 於此間隙内，而穩固的握持並施力於多功能工具錯上，以帶動 =動件4G轉動鎖固元件，進而完成_科的拆卸或鎖附操 請同時參閱「第7圖」至「第9圖」，係為本創作第三* 施例所揭露之多功能工具鉗。本創作所揭露之第三實施例= :實施例在結構上大致_，以下魏兩相之差異加錢 明。於本創作第三實施例所揭露之多功能工具甜中，复板動件 40之驅動部420具有四種不同規格尺寸之套接孔似、422、 423、424 ’且驅動部420係沿結合部之徑向方向，朝_ 部410之_不同面向凸出於結合部，四種不同規格= 之套接孔 421、422、423、八— 424刀別對應於四不同面向而設置 於駆動部420上。g此，#扳動件4()以固定件結合於第 二钮柄220時，扳動件4Q與第二鉗柄⑽係於第 構成-十字型套筒扳手結構。 藉此’讓使用者除了可藉由多功能工具甜執行鎖固元件 (圖中未示)的拆卸及鎖_斜，並可依據_元件之規於尺 寸而選擇以相對應的套接孔421、422、奶、似設於鎖固元 件上。因此讓多功能卫具钳可同時適用於四種不同規格尺寸之 9 所需攜帶的手工：一-步的減少使用者於物 如「㈣圖使用者體力上的負荷。 二鉗體2G-樞轴3G。、第"有成對的第—鉗體10及第 笛一弟一鉗體忉包含一第一鉗顎H0及一 弟一_ 120’第：_2q包含―第：㈣⑽、—第二甜柄 I" 1〇 20 位置，牙《於弟—钳體1G及第二鉗體2G相互交錯的 望每，=體1G及第二鉗體2G可以樞軸3G為轴心而相 一*喊弟-鉗仙0與第二鉗嶺21G相互分離；或使第 一甜顆UG與第二_ 210相互靠擺，而於第-細10及第 -鈾顎之間係形成—夹持部％及—裁切㈣。 其中，第二钳柄220相對第二鉗顎210之另-端具有一接 桿221，接桿221係自第—甜顯11 〇朝第二鉗柄220的方向延 伸形成’並且於接桿221上設置有一定位孔⑵，定位孔垃 係沿接桿221之徑向方向開設於接桿221上。扳動件4〇具有 -結合部410、一驅動部42〇及一固定件。結合部仙具 有-凹槽411及-限位孔似，凹槽奶及限位孔犯分別對 應於接桿221及定位孔222。驅動部42〇具有一套接孔421 ·， 套接孔421係為一多角形套接孔，且套接孔421係沿結合部 41〇之控向方向貫通於驅動部42〇之二相對側φ。驅動部伽 之一端連接於結合部41〇之一侧面上，使套接孔似之中心軸 偏雒於結合部410之軸心。驅動部420之另一端係沿套接孔 421之中心軸方向延伸，而凸出於結合部410,使扳動件4〇構 成—L型套筒結構。 四此’當扳動件 "7苌設於第二 鉗柄22〇之接桿Π，並以固定件43〇(如鉚釘)穿設過結合部 之限位孔412以及接桿221之定位孔222，而固定於第一 鉗柄220時’扳動件4〇與第二钳柄22()於第二鉗體如上構: L型套同扳手結構。並且，扳動件4()之套接孔似之中、 軸係偏離於第二钳柄220之軸心。據此，當仙者以板_ 恥之套接孔切套設於鎖固元件(圖中未示），並握持於第哨 韻1U)及第二钳顎210時，由於套接孔42ι之中心轴偏離於第 -鉗柄220之轴心，使套接孔421與第—網⑽ :之_力妨加’_使用者可節省施加於第二: 件〇 :弟一觸210的外力，即可帶動扳動件4。轉動鎖固元 件，進而增加拆卸或鎖附鎖固元件的操作效率。 如弟圖」和「第h岡私- 例所揭露之多功能_= 係為本·第五實施 ，一， 作所揭露之第五實施例與第四 貝麵例在轉上錢烟 本創作…‘域兩相之差異加以說明。 本創作弟五實施例所揭露之多功能卫 月 一鉗體10及第二鉗體2〇 ^ 〜甘’其包括有成對的第 及第她 弟一綱110具有一第一鉗费m 及一弟一地u〇，第二銪體2〇 ^110 紐乜oon哲 ^ 弟二鋤顎210及第- 钳柄220。弟二鉗體2〇交錯設置於第 弟- 紐歧10上，並且於第 11 ^顏110及第二鋤顎21〇上分別設置有一樞軸30，且二框 ^ 31相連接’使第—鉗體10及第二鉗體20可藉 區軸3〇及連捍M而相互轉動，藉以使第—錢⑽及第二 鉗顎210相互靠攏或分離。 "中帛钳柄120上延伸形成一接桿⑵，並於接桿⑵ 置—定魏122。並且缺動㈣的設置上，將驅動部 ^接於結合部之—側面，使套接孔421之中心轴偏離 部之轴心。因此，當扳動件4。以結合部之凹 ^套設於第-鉗㈣之接桿⑵，並以峡件結合 如=柄η0時’板動件4〇與第一錐柄120係於第二钳體 20上構成一梅花扳手結構。 同樣地，當使用者握持於第一纏11〇 之套接孔421套設於螺絲、螺栓或螺= :%藉由套接孔421之中心轴偏離於、结合部 柄⑶之軸爾置方式’使套接孔421舆第， 二觸210之間的力矩增加，進而讓使用者可 弟 鉗顎110及第二钳顎210的外力，並捭 σ :弟一 的操作效率。 卜力朗加拆卸或鎖附鎖固元件 請同時參閱「第14圖」至「坌μ同· 實翻所賊〇魏m體第= 及第-钳體2G-樞軸30。第—钳體1G包含—— 及一第一钳柄120 ’第二输。包含-第二 12 鉗柄220及-扳動件40。第一钳體1〇及第二甜體2〇呈相互 紐設置，⑽由30係穿設於第一鉗體1〇及第二鉗體2〇相互 交錯的位置。第-钳體1G係以樞軸3G為軸心而相對於第二甜 體2〇轉動’使第一鉗顯110與第三鉗顆加相互靠攏或分離。 其中’第二钳柄220相對第二甜顎以〇之另-端具有-接桿 221 ’接桿221係自第—鉗韻11〇朝第二鉗柄22〇的方向延伸 形成。接桿221可以是但不偈限於四角形桿體，接桿221上並 設置有-定位孔222，定位孔奶係沿接桿221之徑向方向開 設於接桿221上。 扳動件40具有一結合部獅、一驅動部420及-固定件 430。結合部具有—凹槽4ιι及一限位孔化，凹槽扣 及限位孔412刀別對應於接桿221及定位孔。驅動部4如 之-端連接於結合部41〇，驅動部樣之另一端沿結合部· 之徑向方向延麵凸出於結合部之-側面，使扳動件4〇 構成- L型套筒結構。焉區動部42〇具有二不同規格尺寸之套接 孔421 422，一套接孔42卜422係沿結合部仙之後向方向 設置於驅動部420之二相對側面(如「第16圖」所示）。 板動件4〇係以結合部之凹槽叩套設於第二錯柄娜 之接才干221 ’再以固定件43〇(如軸桿)依序穿設過結合部々ίο 之限位孔412以及接桿功之定位孔222，而將扳動件4〇裡 設於第二甜柄220上，使扳動㈣活動設置於第二錯柄22〇 上，亚可相對第二鉗柄咖轉動。並且，使扳動件40與第二 13 ::::一構成-雙規⑽套筒扳手結構。 可以曰 弟—甜柄220上之扳動件40，其結構形態除了 J乂疋L型套筒外，如「第 創作之另一h 士 圖」和第18圖」所示，在本 式，、，_ ^例中，亦可將扳動相設置為T型套筒的形 二420 ^ _不同規格尺寸之套接孔切、422分別設置於驅動 _相對側面上，使板動件40及第二甜柄220於第二 之^上構成_雙規格τ型套筒扳手結構。此僅為板動㈣ 構形態上的不同，但並非用以限定本創作。 月再人'閱第14圖」至「第16圖」，在多功能工具钳 門用上使用者除了可藉由第一钳顯⑽及第二甜顯加之 ^斤形成之夹持部5〇及裁切部6〇，分別進行工細中未利 艘夹持及截切作業外，並同時可藉由扳動件4〇進行如螺絲、 螺栓或螺帽等鎖固元件的拆卸及鎖附操作。同時，在鎖固元件 的拆卸或鎖附過程中，更可藉由扳動件4G可相對第二钳柄22〇 轉動的設置方式，讓使用者在以扳動件如之套接孔似套設 於鎖固70件後’另可依據實際使用情形將第二鉗柄⑽相對扳 =件4〇轉動至較麵施力角度，以便於讓使用者施力於多功 能工具鉗上’而帶動縣件*躺綱元件。 如第19圖」和「第2〇圖」所示，係為本創作第七實施 例所揭露之多功能4鉗，其包括有成對㈣—钳體ι〇及第 二甜體20 一姉30。第—鉗體10包含一第—鉗费110及一 第一钳柄120 ’第二鉗體20包含-第二鉗㈣〇、一第二鉗柄 M393396 220及一扳動件4〇。苐— 置，她料穿夠：心：靖2G呈相互交錯設 位进Μ 乐—叙體1〇及第二續20相互交錯的 位1，使第一鉗體1〇 互轉動… 弟—船粗20可以樞軸30為軸心而相 互袷動，而使苐一鉗顎11〇盘第_ 一㈣11Λ rt — ，、弟一錯領210相互分離；或使第 L 二鉗仙〇相互靠撤，而於第 二鉗獅之間係形成—夹持部5〇及一裁切部6。。、 ’、聽件4G仏X置在第二她22G相對第二鉗顎210 端。扳動件4。具有—結合部、—驅動部42。及一 2物。結合部係自第二鉗柄22〇延伸形成，結合部 相對弟二鈕柄22〇之另一端具有—凹槽川及二限位孔 412 ’並且於結合部410相鄰於凹槽411之-側面上具有一盲 目孔413係介於二限位孔412之間，且盲孔仍内設 置有-彈簧414及一鋼珠415 ’彈簧414常態地抵頂於鋼珠 415 ’使鋼珠415相對彈簧似之另-側凸出於盲孔仍外。 驅動部420相對結合部之—側具有一凸塊42s，凸塊 425上並設置有一軸孔幻6及複數個齒紋427。驅動部420係 以凸塊42：)設置於結合部41〇之凹槽411内，並藉由固定件 430穿設過結合部41〇之限位孔412以及凸塊425之軸孔42卜 使驅動部420樞設於結合部41〇，並可相對結合部41〇及第二 鉗柄220轉動。其中，驅動部420之凸塊425係以複數個齒紋 427卡合於結合部410之鋼珠415上，使驅動部420於相對結 合部410樞轉後，可暫時地被固定於一預定角度。 15 M393396 驅動部420相對結合部4i〇之另一側具有一套接孔421， 套接孔421係沿垂直於軸孔426之中心軸方向，貫穿過驅動部 420之相對二側面，凸塊425係設置於驅動部42〇上相鄰於套 接孔421之一端，使驅動部42〇呈一 L型套筒形式，並使扳動 件4〇與第二鉗柄22〇於第二甜體2〇上構成一乙型套筒板手結 構^匕外’如「第21圖」和「第22圖」所示，在本創作之其 他實施射，另可於鶴部上設置二不同規袼尺寸之套接 1使扳動件40與第二钳柄22〇於第二甜體2〇上構成一 又規格L型套筒扳手結構。在本實施例中，係以單規格之乙 型套筒扳手結構做為舉例說明，但並不以此為限。 請树心21目」和「帛22目」，叫多功能工 ….的知作上’當使时施以—外力扳動第—鉗柄或第二 ’使第—__第：贿加相互靠攏時，可藉 弟鉗顎110及第二鉗顎21〇 _ P ^ 『爾成之夾持部50夾制工 等裁切部60截斷如電綠'鐵絲或鋼絲 切電線外部崎表皮。同時，使用者可 握持於弟一鉗顎110及第二鉗顎 孔421套設於鎖固元件(圖令未=以反動件40之套接 鎖附操作。並且在操作過程中，=固元件的拆卸或 讓使用者科細劾於“；^_健辆力角度’ 動鎖固元件，進而完成伽1 以帶動板動件40轉 而兀成_轉的拆卸或鎖附操作。 16 M393396 如「第23圖」和「第24圖」所示，係為本創作第八實施 例所揭露之多功能工具钳，其包括有成對的第一甜體及第 二钳體20及一枢軸30。第一钳體1〇包含一第一麵顎⑽及 第銪柄120 ’第二鉗體20包含一第二鉗顎21〇、一第二鉗 柄220及一扳動件40。第一鉗體及第二鉗體20呈相互交 錯設置，樞軸30係穿設於第一鉗體1〇及第二钳體2〇相互交 錯的位置。第一钳體1 〇係以樞軸3〇為軸心而相對於第二甜體 20轉動，使第一钳顎11〇與第二鉗顆加相互靠撤或分離。 其中，第二鉗柄220相對第二鉗顎210之另一端具有一接桿 奶’接桿221係自第—钳顎11〇朝第二钳柄22〇的方向砂 形成’並且於接桿221上設置有一定位孔泣，定位孔拉係 沿接桿221之徑向方向開設於接桿221。 扳動件4〇具有一結合部仙、一驅動 — 。結合物具有-凹請及_限位孔412，凹口= 及限位孔412分別對應於接桿221及定位孔222。驅動部· 之端連接於結合部41〇，驅動部42〇之另一端具有_套接孔 套接孔421係沿結合部之軸心方向開設於驅動部 使扳動件4〇王一套筒形式。扳動件*係以結合部物 之凹槽411套設於第二鉗柄220之接桿22!，再以固定件43〇 . 依序穿設過結合部之限位孔似以及接桿221之定位孔 奶。使扳動件4〇樞設於第二_ 22〇上，而可相對第二甜柄 220轉動。並且，當扳動件40設置於第二钳柄220，扳動件 17 40與第二钳柄220係於第—j 因此乐一甜體20上構成一套筒扳手結構。 因此，在多功能工具鉗 道及第二咖之間所开二上讀可藉由第-钳顎 斤沁成之夹持部50及裁切部60,分 二:動:央持及截切作業。同時，使用者並可 作Γ如如縣、或螺鮮_树的购及 i t用者更可將板動件4〇對第二甜柄轉動， 顧用者在以扳鱗4G之套接孔42ι套設於翻元件後，使 弟一甜顎110、第一紐知卜卜Locking and other non-work content, need to be divided into four (4) hand tools, such as vise, «pliers, wire strippers and wrenches. · The manufacturer usually needs to wear a waist-mounted or hatched tool bag with various fresh tools during construction. It is used by the user to select the appropriate hand tool in the environment. However, this kind of tool bag with various hand tools is not only easy to cause the user to mix the extreme surface load, but also has the flexibility and safety of the (4) turning. When working in a high-altitude environment such as a field scaffolding or a scaffolding, it is necessary to operate the new one!_Please, usually, the middle-aged tool is used instead of another hand tool, such as in the tiger’s office or the sharp-nosed metal clamp. In the use of 'users usually use such gold fines for wire cutting, clamping or bending = work. However, in the case of encountering face or wall surface (4), cap or screw inspection situation, in order to save time, the user usually directly locks the nut or bolt with the metal clamp = end. The head of the component, and then the metal clamp /, the handle of the button, by the fine element to pour people (four) on the ground or wall to turn the work surface. However, generally in the design of the metal rivet, the jaw surface of the two-phase M393396 pair is usually arranged at the jaw end, and a wavy recording tooth name is provided on the jaw surface: ^^ When the two parts are clamped together, the surface structure is in point contact with the workpiece. Therefore, if there is a slight deviation in the force applied by the female moving wire m component of the metal clamp device, it will cause the metal mask to be slippery when it is slipped. The rounded head of the locking element or the worn corner of the head is worn, and then the locking and slipping situation occurs. This is not only the case of the person who is in operation, but also causes the thin 2 to be damaged. _occur. Improper application of force [new content] 蓥 以上 以上 以上 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本Component capacity; component into the Qing _ 咐魄峨 = = = ^ ^ This = mine - Wei tool pliers, including two continued two sweet eight have a _ and - net, two butterflies Xu Gu mosquito set, and ^ body ^ can be relative (four) - Jing _, so that the two sakis of the county (four) = pliers and a driving part, __ material, the trigger has a joint, and the drive part protrudes from the joint 'moving part is connected to the joint The sealing handle, and 舆 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The function of the M393396 holding or cutting element and the disassembly or locking of the wrench tool are all done. Moreover, by means of the arrangement of the sleeve of the trigger member, the user can hold the hand held by the multi-tool pliers between the working surface and the handle and the sweet stalk, and can stably hold the grip. Hold on the pliers handle (4) and apply force to the multi-tool ship 1' to improve the operational efficiency of the disassembly or lock (5) components. The above description of the contents of this creation and the description of the following embodiments are used to illustrate the principle of the _ the shop, and further explain the scope of the patent application. [Embodiment] As shown in "Fig. 1" and "Fig. 2", it is a multifunctional tool plier disclosed in the first embodiment of the present invention, which includes a pair of first and second jaws iq and a second seal. Body 20 - pivot 30. The first caliper body 1 includes a first jaw 及 and a first caliper handle 120, and the second caliper body 2 includes a second jaw 21〇, a second sweet handle 220 and a trigger member 40. The first caliper body 1 〇 and the second caliper body 2 〇 are arranged alternately with each other, and the pivot shaft 3 穿 is disposed at a position where the first caliper body 1 〇 and the second caliper body 2 〇 are interlaced with each other, and is interposed between the first tongs The crucible 110 is interposed between the first pliers 12 and the second pliers 210 and the second pliers 22 . The first erroneous body 1 is pivoted relative to the second caliper body 2 by pivoting (four), so that the _th surface m and the second tongs are mutually sinned or separated. Wherein, the second clamp 22 〇 has an interface 221 opposite to the other end of the second clamp 21〇, and the adapter 221 extends from the first turn 11 〇 第二 第二 second sweet handle 22 延 5 M393396 > into. The post 221 can be, but not limited to, a quadrangular rod body. The post 221 is provided with a positioning hole 222. The positioning hole 222 is formed on the post 221 in the radial direction of the post 221 . The trigger member 40 has a joint portion 41A, a driving portion 42A, and a fixing member 430. The joint portion 410 has a recess 4 Π and a limiting hole 412 . The recess 411 and the limiting hole 412 respectively correspond to the post 221 and the positioning hole 222 . The driving portion 42A has a set of through holes 42 which are formed in the radial direction of the joint portion 41 to pass through the opposite sides of the driving portion 42A. The structural form of the socket ai may be, but not limited to, a six-rounded socket, a twelve-round socket, a hexagonal socket, a twelve-point socket or other forms of socket 421 # # . In addition, the driving unit 420 is connected to the joint portion, and the other end of the driving portion extends in the radial direction of the joint portion 410 and protrudes from one side of the joint portion 41, so that the plate member 40 constitutes an L-shaped sleeve. structure. The plate member 4 is sleeved on the connecting rod 221 of the second sweet handle (10) by the groove 411 of the joint portion, and then the retaining portion 43 is sequentially passed through the limiting portion 412 of the joint portion 4 ι and the post The positioning hole 222' of the 221 defines the trigger member 4〇® on the second clamp. The handle 22〇 is arranged such that the trigger member 4〇 and the second clamp 22 are clamped on the second clamp body 2〇 to form a sleeve. Wrench structure. The fixing member 43 can be, but is not limited to, a pin, a rivet or a _. In the present embodiment, the fixing member is a screw as an example, but is not limited thereto. Please continue to refer to "Figure 1" and "Figure 2". In the use of the multi-tool pliers, the Langer can be used to pull the 12q or the second sweet handle 6 M393396 220, so that the first clamp 11颚The second jaws 21〇 are close to each other, and a clamping portion 5〇 and a cutting portion 6〇 are formed between the first jaw U0 and the second jaw 21〇. The user can perform the clamping work of the workpiece (not shown) by the clamping portion % or the cutting work of the linear workpiece (such as wire, wire or steel wire) by the cutting portion 60 or the outer insulating skin of the wire. Stripping operations, etc. Ya and 'when the user must disassemble or lock the 7L piece (such as screws, bolts or nuts) on the work surface (not shown), the user can directly hold the first clamp rhyme no And the second clamp 210 (or the first clamp 12 〇 and the second sweet handle 22 〇), and then the drive portion 420 protrudes from the joint portion - the side contacts the work surface, and is sleeved with the sleeve 421 Locking element. At this time, since the driving portion 420 of the pulling member 4 is protruded from one side of the joint portion 41, the gap between the joint portion and the working surface is made--and the first jaw 11G, the first The tong handle 120, the second sweet tang 210 and the second tong handle 220 are on the working surface. Allowing the user's hand to extend into the inner and stable grip of the first (four) 11 () and the second sweet 210 and knowing that the external force drives the trigger member 4 to drive the locking member to rotate, thereby locking the lock The component is removed from the surface or the locking component is locked to the working surface. Therefore, the effect of the present invention is to allow the user to selectively perform the clamp-like portion of the clamping portion 5 and the cutting portion 60 formed by the first jaw and the second jaw 2ig in a single construction occasion. The female and cutting operation of the piece, or the dismounting and locking operation of the locking element by the wrench 40 is performed. Therefore, the time for the user to change between different hand tools can be saved, and the amount of manual force required by the user can be reduced to reduce the shot, thereby improving the efficiency of the money. The same value can avoid the problem that the lock components are worn and damaged when the general clamp is clamped and the lock component is rotated. In addition, in the first embodiment disclosed in the present disclosure, the form of the groove 411 provided on the 'Ό s #410 of the trigger member 40 corresponds to the structural form of the post 221 of the second pliers 22〇. For example, when the post 221 is a quadrangular rod body, a contralateral rod body, a round rod and a hexagonal rod body, the groove 41131 is correspondingly corresponding to the same as shown in the "3rd map" to the "figure map". Quadrangular grooves, opposite concave grooves, grooves, hexagonal grooves, etc. Further, the latch can be fixed as a fixing member and the trigger member 4 can be fixed to the second caliper 22 (). This is only a different arrangement of the grooved tube, the post 221 and the fixing member 43 on the multi-tool, but it is not intended to limit the creation. As shown in Fig. 4 and Fig. 5, the decomposition and combination of the second embodiment disclosed in the present disclosure are shown. The second embodiment and the first embodiment disclosed in the present disclosure are structurally different, and the difference between the following two phases. The multifunction disclosed in the second embodiment of the present invention is on the red handle 220 = and the relative of the touch portion 420 of the pulling phase is extended in the radial direction of the joint portion and protrudes from the joint portion. Second, the trigger member 4Q j - Tfi sleeve 2 〇 on the second body 20 constitutes a - τ type socket wrench structure. - The handle is called by the stomach to make the user's detachment or _ operation of the versatile component (such as snail inspection or nut), so that the user can turn: 421 sets of M393396 part 420 socket The lock on the work surface (such as the ground or the wall) is placed on the work surface by the r--the contact between the work surface, the tong handle 120, the second clamp and the second handle. When the user is allowed to bribe in the multi-ship tool _ hand in this gap, and firmly hold and apply force to the multi-tool wrong, to drive = move 4G to turn the locking component, and then complete the disassembly Or, please refer to "Figure 7" to "Figure 9" as the multi-tool pliers disclosed in the third example of this creation. The third embodiment disclosed in the present application =: The embodiment is roughly _ in structure, and the difference between the two phases is added to the following. In the multi-tool sweetness disclosed in the third embodiment of the present invention, the driving portion 420 of the multi-plate moving member 40 has socket holes of four different sizes, 422, 423, 424' and the driving portion 420 is coupled. In the radial direction of the portion, the different faces of the _ portion 410 protrude from the joint portion, and the four different specifications = the socket holes 421, 422, 423, and the eight-424 knives are disposed on the sway portion corresponding to the four different faces. On 420. g, when the trigger member 4 () is coupled to the second knob 220 with the fixing member, the trigger member 4Q and the second jaw (10) are attached to the first configuration-cross type socket wrench structure. In this way, the user can perform the disassembly and lock _ skew of the locking component (not shown) by the multi-function tool, and can select the corresponding socket 421 according to the size of the _ component. 422, milk, like on the locking element. Therefore, the multi-function tongs can be applied to all of the four different sizes of the 9 manuals required: one-step to reduce the load on the user's physical strength such as the (4) figure. Axis 3G., the first "the pair of the first-plier body 10 and the first flute a brother-plier body 忉 contains a first clamp H0 and a young one _ 120' the first: _2q contains "the: (four) (10), - the first Two sweet handles I" 1〇20 position, teeth "Yu- tong body 1G and second tong body 2G are intertwined with each other, = body 1G and second tong body 2G can pivot 3G as the axis and phase one* Calling the younger brother - the tongs 0 and the second tongs 21G are separated from each other; or the first sweet UG and the second _ 210 are placed against each other, and the first and the tens of uranium and the uranium are formed. % and - cutting (4), wherein the second caliper 220 has a post 221 opposite to the other end of the second nipper 210, and the post 221 extends from the first sweet tang to the second tong 220 A positioning hole (2) is formed on the post 221, and the positioning hole is formed on the post 221 in the radial direction of the post 221. The triggering member 4 has a coupling portion 410 and a driving portion 42. a fixing member, the coupling portion has a groove 411 and a limiting hole, and the groove milk and the limiting hole respectively correspond to the post 221 and the positioning hole 222. The driving portion 42 has a set of holes 421 ·, The sleeve hole 421 is a polygonal sleeve hole, and the sleeve hole 421 passes through the opposite side φ of the driving portion 42 in the direction of the control portion 41 。. The one end of the driving portion is connected to the joint portion 41. On one side of the crucible, the center hole of the sleeve hole is biased to the axis of the joint portion 410. The other end of the driving portion 420 extends along the central axis direction of the sleeve hole 421 and protrudes from the joint portion 410. The trigger member 4〇 is formed into an L-shaped sleeve structure. The four-folding member is disposed on the post Π of the second caliper 22〇 and is passed through the fixing member 43〇 (such as a rivet). The limiting hole 412 of the joint portion and the positioning hole 222 of the connecting rod 221 are fixed to the first tong handle 220 when the 'pulling member 4 〇 and the second tong handle 22 ( ) are configured as the second tong body: L type The sleeve structure is the same as the wrench structure, and the sleeve hole of the triggering member 4() is similar to the axis of the second tong handle 220. Accordingly, when the sage is cut with a plate _ shame Assume When the locking component (not shown) is held by the first whistle 1U) and the second jaw 210, the center hole of the socket hole 42 ι is offset from the axis of the first caliper handle 220, so that the socket hole 421 and the first network (10): the _ force can add ' _ user can save on the second: piece 〇: the brother touches 210 external force, you can drive the trigger 4. Rotate the locking element, thereby increasing the disassembly or The operating efficiency of the lock-locking component. The second embodiment and the fourth shell disclosed in the fifth implementation, such as the "Multi-function _= disclosed in the example" The example is transferred to the money-burning creation...the difference between the two phases of the domain is explained. The multi-function Weiyue 1 tong body 10 and the second tong body 2 〇 ^ 甘 Gan's which are included in the fifth embodiment of the present invention include a pair of first and second younger brothers 110 having a first clamp fee m and One brother and one place u〇, the second body 2〇^110 纽乜oon 哲^ brother 锄颚210 and the tong handle 220. The second caliper body 2 is staggered on the first brother-Norqi 10, and a pivot 30 is respectively arranged on the 11th and 110th sides, and the two frames are connected to each other. The caliper body 10 and the second caliper body 20 are mutually rotatable by the area shaft 3 〇 and the 捍 捍 M, so that the first money (10) and the second tongs 210 are brought closer together or separated from each other. " The middle jaw clamp 120 extends to form a post (2), and is placed on the post (2). Further, in the setting of the missing (four), the driving portion is connected to the side surface of the joint portion such that the central axis of the socket hole 421 is offset from the axial center of the portion. Therefore, when the member 4 is pulled. When the concave portion of the joint portion is sleeved on the rod (2) of the first clamp (4), and the joint member is coupled with the damper η0, the 'plate member 4' and the first taper handle 120 are attached to the second tong body 20 to form a Plum wrench structure. Similarly, when the user holds the socket 421 of the first winding 11 套 sleeved on the screw, bolt or screw =:% is offset by the central axis of the socket 421, and the axis of the joint shank (3) The method 'makes the socket 421 舆 first, and the torque between the two contacts 210 increases, so that the user can clamp the external force of the 颚 110 and the second tong 210, and 捭 σ: the operating efficiency of the first one. Please refer to "Fig. 14" to "坌μ同· 实 所 〇 m m = = = 及 及 及 及 及 及 及 = = = = = = = = = 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 = = = 1G includes - and a first pliers handle 120' second output. Contains - a second 12 pliers handle 220 and a trigger member 40. The first pliers body 1 and the second body 2 are arranged to each other, (10) The 30-series is disposed at a position where the first caliper body 1 〇 and the second caliper body 2 〇 are interlaced. The first caliper body 1G is pivoted with respect to the second sweet body 2 with the pivot 3G as the axis. A pliers 110 and a third pliers are brought together or separated from each other. The 'second pliers 220 is opposite to the second sweet clam and the other end has a post 221 'the post 221 is from the first pliers 11〇 The pole 221 is formed in the direction of the second shank 22 。. The rib 221 can be, but is not limited to, a quadrangular shank, and the locating pole 221 is provided with a positioning hole 222. The positioning hole milk system is opened along the radial direction of the connecting rod 221 The triggering member 40 has a joint lion, a driving portion 420 and a fixing member 430. The joint portion has a groove 4 ιι and a limiting hole, a groove buckle and a limiting hole 412 Corresponding to The driving portion 4 is connected to the joint portion 41〇, and the other end of the driving portion protrudes from the radial direction of the joint portion to protrude from the side surface of the joint portion, so that the trigger member 4〇 The L-shaped sleeve structure has a sleeve hole 421 422 of two different sizes, and a set of holes 42 and 422 are disposed on opposite sides of the driving portion 420 in the direction of the joint portion. (As shown in Figure 16). The plate member 4 is sleeved with the groove of the joint portion and is sleeved on the second handle 221', and then the retaining member 43〇 (such as the shaft) is sequentially passed through the limit hole of the joint portion 々ίο 412 and the positioning hole 222 of the post work, and the trigger member 4 is disposed on the second sweet handle 220, so that the pulling (four) movement is set on the second wrong handle 22〇, and the second can be opposite to the second clamp handle. Turn. Also, the trigger member 40 and the second 13 :::: one constitute a double gauge (10) socket wrench structure. It can be used as a trigger member 40 on the sweet handle 220. The structure of the actuator 40 is different from that of the J乂疋L type sleeve, as shown in the figure "The other creation of the second map" and the 18th figure. In the case of _ ^, the clamping phase can also be set to the shape of the T-sleeve 420 ^ _ different size of the socket hole cut, 422 are respectively set on the drive _ opposite side, so that the plate member 40 and The second sweet handle 220 forms a double-size τ-type socket wrench structure on the second side. This is only a difference in the shape of the plate (four), but it is not intended to limit the creation. In the case of the multi-tool pliers door, the user can use the clamping part 5 formed by the first pliers display (10) and the second sweet display. And the cutting part 6〇, respectively, in addition to the clamping and cutting work of the unskilled ship in the work, and at the same time, the dismounting and locking operation of the locking components such as screws, bolts or nuts can be performed by the pulling member 4〇 . At the same time, during the disassembly or locking process of the locking component, the user can be rotated relative to the second clamping handle 22 by the setting member 4G, so that the user can set the socket as a sleeve. After the 70 pieces are locked, the second shank (10) can be rotated relative to the surface of the shank (10) according to the actual use condition to facilitate the user to apply force to the multi-tool pliers. County pieces * lying components. As shown in FIG. 19 and FIG. 2, it is a multifunctional 4 plier disclosed in the seventh embodiment of the present invention, which comprises a pair of (four)-plier body ι〇 and a second sweet body 20 姊30. The first jaw body 10 includes a first jaw 110 and a first jaw 120. The second jaw 20 includes a second jaw (four) jaw, a second jaw handle M393396 220 and a trigger member 4''.苐 置 置 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The thick 20 can pivot relative to each other with the pivot 30 as the axis, and the 颚一颚(4)11Λ rt —, the younger one of the wrong collars 210 are separated from each other; or the second L-clamped scorpion is removed from each other And forming a clamping portion 5〇 and a cutting portion 6 between the second tongs. . , ', the listener 4G仏X is placed on the second side of her 22G opposite the second jaw 210. Trigger member 4. There is a coupling portion and a driving portion 42. And one thing. The joint portion is formed to extend from the second shank 22 ,, and the other end of the joint portion has a groove groove and a second limit hole 412 ′, and the joint portion 410 is adjacent to the groove 411 There is a blind hole 413 on the side between the two limiting holes 412, and the blind hole is still provided with a spring 414 and a steel ball 415 'the spring 414 normally abuts against the steel ball 415 ' so that the steel ball 415 is relatively spring-like The other side is convex out of the blind hole. The driving portion 420 has a bump 42s on the side opposite to the joint portion, and the bump 425 is provided with a shaft hole phantom 6 and a plurality of ribs 427. The driving portion 420 is disposed in the recess 411 of the joint portion 41 by the protrusion 42:), and is passed through the fixing hole 412 through the limiting hole 412 of the joint portion 41 and the shaft hole 42 of the bump 425. The driving portion 420 is pivoted to the joint portion 41A and is rotatable relative to the joint portion 41 and the second caliper handle 220. The bumps 425 of the driving portion 420 are engaged with the plurality of ribs 427 on the steel balls 415 of the joint portion 410, so that the driving portion 420 can be temporarily fixed at a predetermined angle after being pivoted relative to the joint portion 410. 15 M393396 The driving portion 420 has a plurality of connecting holes 421 on the other side of the joint portion 4i, and the sleeve hole 421 is perpendicular to the central axis of the shaft hole 426, and penetrates through opposite sides of the driving portion 420, and the bump 425 The driving portion 42 is disposed adjacent to one end of the sleeve hole 421, so that the driving portion 42 is formed in the form of an L-shaped sleeve, and the pulling member 4 and the second clamping member 22 are tied to the second sweet body. 2 构成 构成 构成 构成 构成 构成 构成 构成 构成 构成 ' ' 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如The sleeve 1 is configured such that the trigger member 40 and the second caliper 22 are clamped to the second body 2 to form a further L-shaped socket wrench structure. In the present embodiment, the single-type socket wrench structure of the single specification is taken as an example, but is not limited thereto. Please ask the heart of the 21st" and "帛22目", called the multi-function worker....the knowledge of the 'when the time is applied--the external force pulls the first-plier handle or the second' to make the first___: bribe When they are close to each other, they can use the tongs 颚 110 and the second tongs 21 〇 _ P ^ "The clamping part 50 of the erecting part 50 is cut off by the cutting part 60 such as the electric green wire or the wire cutting wire. At the same time, the user can hold the tongs 110 and the second tongs 421 in the locking component (the figure is not = the locking operation of the reaction member 40. And during the operation, = solid The disassembly of the component or the user's department is fine-tuned to the ";^_健力力角度' dynamic locking component, and then completes the gamma 1 to drive the triggering member 40 to turn into a disassembly or locking operation. 16 M393396 As shown in FIG. 23 and FIG. 24, the multifunctional tool plier disclosed in the eighth embodiment of the present invention includes a pair of first sweet body and second tong body 20 and a pivot. 30. The first caliper body 1 includes a first haptic (10) and a second shank 120'. The second caliper body 20 includes a second jaw 21〇, a second caliper 220 and a trigger member 40. The caliper body and the second caliper body 20 are arranged in a staggered manner, and the pivot shaft 30 is disposed at a position where the first caliper body 1 〇 and the second caliper body 2 〇 are interlaced. The first caliper body 1 is pivoted 3 〇. Rotating relative to the second body 20 for the axis, the first jaw 11 〇 and the second jaw are detached or separated from each other. The second shank 220 is opposite to the other end of the second jaw 210 The utility model has a post-milk joint 221 formed by sand from the first jaw 11 〇 toward the second caliper 22 ' and a positioning hole is provided on the post 221 , and the positioning hole is pulled along the post 221 The radial direction is opened on the pole 221. The triggering member 4 has a joint portion, a drive - the joint has a concave and a limit hole 412, the recess = and the limit hole 412 respectively correspond to the post 221 and positioning hole 222. The end of the driving portion is connected to the joint portion 41, and the other end of the driving portion 42 has a socket hole 421 which is opened in the axial direction of the joint portion to open the driving portion. 4〇王一套式。 The triggering member* is sleeved on the connecting rod 22! of the second tong handle 220 by the groove 411 of the joint portion, and then the fixing portion 43 〇. The limiting hole is similar to the positioning hole of the post 221. The triggering member 4 is pivotally disposed on the second _ 22 ,, and is rotatable relative to the second sweet handle 220. And, when the triggering member 40 is disposed at the second The caliper handle 220, the urging member 17 40 and the second caliper handle 220 are attached to the first-th body to form a socket wrench structure. Therefore, in the multifunctional tool tongs and The second reading between the two coffee makers can be carried out by the clamping section 50 and the cutting section 60 of the first jaw clamp, which are divided into two: movement: central holding and cutting operation. For example, if the county or the snail fresh tree is purchased and the user uses it, the plate member 4 转动 can be rotated to the second sweet handle, and the user is set on the flip element by the sleeve hole 42 of the scale 4G. Make a brother, a sweet, 110, the first New Zealand
弟甜柄120、弟二_ 210及第：甜柄22Q 4;工作面上’以便於讓使用者握持並施力於多功能工具鉗 上’進而完成鎖固元件的拆卸及鎖附操作。 本創作之功效在於，多功能工具钳可同時具有一般甜具夹 2及截切工件的功能以及扳手工具拆卸及鎖附_元件的功 此。讓使用者在不需配帶多種不同手工具的情形下，即可隨著 _需求的改變而選擇性的執行—般钳具批件的夹持及剪 =操作，或是執行扳手對·元件的拆卸或鎖_作，可避免 白知鉗具容易對鎖固元件造成磨損的情形發生。同時，使用者 並可藉由扳動件之套筒形式的設置方式，可將握持於多功能工 具鋤的手部#人工作面與钳柄及織之間的間隙内，.而穩固的 握持於鉗柄(或鉗顎)並確實地施力於多功能工具鉗上，進而提 升拆卸或鎖附鎖固元件的操作效率。 雖然本創作之實施例揭露如上所述，然並非用以限定本創 18 2 ’任何㈣侧技藝者，林_本_之 t依本創作帽範騎狀做、構造、特徵轉 因此本創作之專利保護範圍須視—2 申明專利範圍所界定者為準。 f、之 【圖式簡單說明】 第1圖為本創作第一實施例之分解示意圖；The sweet handle 120, the second _210 and the first: the sweet handle 22Q 4; the working surface ‘so that the user holds and applies force on the multi-tool pliers' to complete the disassembly and locking operation of the locking element. The effect of this creation is that the multi-tool pliers can have both the functions of the general sweets clip 2 and the cutting of the workpiece, as well as the disassembly and locking of the wrench tool. Allows the user to selectively perform the clamping and cutting operations of the clamps, or perform the wrench pairs and components, without the need to carry a variety of different hand tools. Disassembly or lock _ can avoid the situation that the white tongs are easy to wear on the locking components. At the same time, the user can hold the gap between the hand working surface of the multi-tool 与 and the tong handle and the woven fabric by means of the sleeve in the form of a sleeve, and is stable. Hold the pliers handle (or pliers) and apply force to the multi-tool pliers to improve the efficiency of disassembly or locking of the locking elements. Although the embodiment of the present invention is disclosed as described above, it is not intended to limit the skill of the genre 18 2 'any (four) side, Lin _ _ _ t according to the creation of the cap, the structure, the characteristics, and thus the creation of this creation The scope of patent protection shall be subject to the definition of the scope of patents in the 2nd. f, [Simplified illustration of the drawings] Fig. 1 is an exploded perspective view of the first embodiment of the creation;
第2圖為本創作第一實施例之組合示意圖； 第3A圖至第3D圖為本創作第一實施例之多工力能工具錯 不同形態之凹槽、接桿及狀件之分解示意圖； ，、有 第4圖為本創作第二實施例之分解示意圖； 第5圖為本創作第二實施例之組合示意圖； 第6圖為本創作第二實施例之_件為插鎖之分解示意圖. 第7-圖為本創作第三實施例之分解示意圖； ^ θ，2 is a schematic view showing the combination of the first embodiment of the present invention; FIG. 3A to FIG. 3D are schematic exploded views of the groove, the post and the shape of the multiplexed force tool of the first embodiment; 4 is an exploded view of the second embodiment of the present invention; FIG. 5 is a schematic diagram of the combination of the second embodiment of the present invention; FIG. 6 is an exploded view of the second embodiment of the present invention. Figure 7 is an exploded view of the third embodiment of the creation; ^ θ,
第8圖和第9圖為本創作第三實麵之組合示意目； 第10圖為本創作第四實施例之分解示意圖； 第11圖為本創作第四實施例之組合示意圖； 第12圖為本創作第五實施例之分解示意圖； 第13圖為本創作第五實施例之組合示意圖； 第14圖為本創作第六實施例之分解示意圖； 第15圖為本創作第六實施例之組合示意圖； 第16圖為本創作第六實施例之使用狀態示意圖 第17圖為本創作另一實施例之組合示意圖； 19 M393396 第18圖為本創作另一實施例之使用狀態示意圖； 第19圖為本創作第七實施例之分解示意圖； 第20圖為本創作第七實施例之組合示意圖； 第21圖為本創作其他實施例之分解示意圖； 第22圖為本創作其他實施例之組合示意圖； 第23圖為本創作第八實施例之分解示意圖；以及 第24圖為本創作第八實施例之組合示意圖。 【主要元件符號說明】 籲 10 第一钳體 110 第一鉗顎 120 第一钳柄 121 接桿 122 定位孔 20 第二钳體 210 第二鉗顎 220 第二钳柄 221 接桿 222 定位孔 30 樞軸 31 連桿 40 扳動件 410 結合部 20 M3933968 and 9 are schematic views of the combination of the third solid surface of the creation; FIG. 10 is an exploded perspective view of the fourth embodiment of the creation; FIG. 11 is a schematic diagram of the combination of the fourth embodiment of the creation; FIG. 13 is a schematic exploded view of the fifth embodiment of the present invention; FIG. 14 is an exploded perspective view of the sixth embodiment of the present invention; Figure 16 is a schematic view showing the state of use of the sixth embodiment of the present invention. Figure 17 is a schematic view showing the combination of another embodiment of the present invention; 19 M393396 Figure 18 is a schematic view showing the state of use of another embodiment of the present invention; FIG. 20 is a schematic exploded view of a seventh embodiment of the present invention; FIG. 21 is an exploded view of another embodiment of the present creation; FIG. 22 is a combination of other embodiments of the present creation Fig. 23 is an exploded perspective view of the eighth embodiment of the present invention; and Fig. 24 is a schematic view showing the combination of the eighth embodiment of the present invention. [Main component symbol description] 10 first caliper 110 first nip 120 120 first caliper 121 post 122 locating hole 20 second caliper 210 second nip 220 second caliper 221 post 222 positioning hole 30 Pivot 31 link 40 trigger member 410 joint 20 M393396
411 凹槽 412 限位孔 413 盲孔 414 彈簧 415 鋼珠 420 驅動部 421 套接孔 422 套接孔 423 套接孔 424 套接孔 425 凸塊 426 轴孔 427 齒紋 430 固定件 50 爽持部 60 裁切部411 Groove 412 Limit hole 413 Blind hole 414 Spring 415 Steel ball 420 Drive part 421 Socket hole 422 Socket hole 423 Socket hole 424 Socket hole 425 Bump 426 Axle hole 427 Ragged 430 Fixing piece 50 Sinking part 60 Cutting department